Quick Start Guide

16 Milan Series Quick Start Guide 17
Milan Series Controls
(1) Mains Connector and Fuseholder –
Mains power is connected to the
loudspeaker via a combination IEC connector
and fuseholder.
(2) Mains Switch – Rocker switch turns mains
power on to the loudspeaker.
(3) Signal Input – These combo female XLR/jack
connectors accept both XLR connectors and
mono (2pole) or stereo (3 pole) ¼" jack plugs.
(4) 100 Hz Low Cut Switch – Thislow cut lter
can be switched in when using the Milan
loudspeaker with subwoofers or when used as
a oor monitor.
(5) Mix Out – A balanced line level signal output
on a balanced male XLR connector. This output
contains a mix of all connected sources and is
post-EQ, although this output is independent
of the 100Hz low cut switch.
(6) Program Switch – Setsafrequency
response contour optimised for either voices
or mixed music programmaterial.
(7) Treble Control – The treble control provides
±6dB of shelving at 12 kHz.
(8) Bass Control – The bass control provides
±6 dB of shelving at 80 Hz.
(9) Power On Indicator – BlueLED
illuminates when mains power is applied
to the loudspeaker and powered up via the
rocker switch.
(10) Signal Indicator – Illuminates green to
indicate that input signal is present.
(11) Limit Indicator – Illuminatesred when the
signal level approaches maximum and the
limiters start working.
(12) Front LED Status – Thefunction of the
illuminated front badge can be toggled
between permanently on, permanentlyo,
orto indicate action of the limitingcircuits.
(13) Mic / Line Switch – Selects the input for
that channel to accept either a low level,
low impedance microphone, orahigh level,
high impedance source such as a mixing
console, keyboard or acoustic instrumentwith
onboard electrics.
(14) Level Control – Rotary level control which
attenuates the input signal level of the
connected instrument/ linesource for that
inputchannel.
(15) Clip Indicator – Illuminates red if the input
signal ahead of the gain control is too high
and is clipping the input.
(1)
(2)
(4)(5)(6)
(7)
(9)
(8)
(3)(3)
(13)(12)(11)(10) (13)
(14)(14)
(15)
(15)